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简介：ObjectiveToreportutilityofMedporframeworksinauricularreconstructionandmanagementofframeworksprotrusion.MethodsRetrorespectivelyanalysisofclinicalinformationin31patientswhounderwentauricularreconstructionfromApril2000toOctober2002.ResultsAll31reconstructedauricleswereingoodconditionattwoweekspostoperatively.Frameworkprotrusionoccurredlaterin11patients.Theframeworkwasretainedin8ofthesecasesaftersecondaryrepair,buthadtoberemovedin3patients.In27patients,thereconstructedauriclewasratedasestheticallysuccesful.ConclusionMedporframeworkprotrusionislikelytooccurwhenskintensionishighwithminimalsofttissuecoverageovertheframeworkandcanresultfromimpactbystrongexternalforce.Despitetheconcernofprotrusion,Medporframeworkscanbeusedinplaceofautologouscartilaginousgraftinauricularreconstruction.

简介：TheGAUDIsoftwareframeworkistobeusedforallevent-processingapplicationsintheLHCbexperiment.TheGEANT4toolkithasbeenintegratedintoGAUDItoformthebasisoftheLHCbsimulationprogramGAUSS.Thebenefitsofthisapproacharethatitpermitsre-useofbasicservices,suchaspersistency,interactivityanddatavisualization,aswellasphysicsalgorithmsthatwereoriginallydevelopedinthecontextofthereconstructionandanalysisprograms.FollowingtheGAUDIphilosophy,theintegrationhasbeenachievedbydevelopinganumberofserviceswithabstractinterfacesthatcanbepluggedinatrun-time.Wedescribetheoveralldesignanddetailsofthecomponentsforinterfacingthedetectorgeometry,theprimaryinteractionandtheoutputfromtrackingparticlesthroughthedetector.

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简介：CurrentlymanyenterpriseshaveestablishedsomeindependentapplicationsystemssuchasCAD,CAPP,CAEandsoon.Enterpriseinformationintegrationmakestheseinformationislandsconnected,andtherebyformsauniformenterprise-wideinformationenvironment,Firstthispaperdiscussesthemainresearchcontentsofenterpriseintegration.ThentheauthorintroducesanInternet-basedconfigurableandopeninformationintegrationframework,andpresentsamulti-tierintegrationarchitecturebasedonreusablecomponent,Finallyadevelopmentcaseofenterpriseintegrationframeworkisintroduced.

简介：Compressivesensingisarevolutionaryideaproposedrecentlytoachievemuchlowersamplingrateforsignals.Intheimageapplicationwithlimitedresourcesthecameradatacanbestoredandprocessedincompressedform.Analgorithmformovingobjectandregiondetectioninvideousingacompressivesamplingisdeveloped.Thealgorithmestimatesmotioninformationofthemovingobjectandregionsinthevideofromthecompressivemeasurementsofthecurrentimageandbackgroundscene.Thealgorithmdoesnotperforminversecompressiveoperationtoobtaintheactualpixelsofthecurrentimagenortheestimatedbackground.Thisleadstoacomputationallyefficientmethodandasystemcomparedwiththeexistingmotionestimationmethods.Theexperimentalresultsshowthatthesamplingratecanreduceto25%withoutsacrificingperformance.

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简介：宿命论对在调试的多线程的节目很有用，测试，等等。许多确定的途径被建议了，例如确定的多线程(DMT)并且确定重放。然而，这些系统任何一个是低效的或指向一个单�

简介：Inthepaperweproposeageneral,abstractframeworkforAutomaticSecretGenerationandSharing(ASGS)thatshouldbeindependentofunderlyingSecretSharingScheme(SSS).ASGSallowstopreventtheDealerfromknowingthesecret.TheBasicPropertyConjecture(BPC)formsthebaseoftheframework.Duetothelevelofabstraction,resultsareportableintotherealmofquantumcomputing.Twosituationsarediscussed.Firstconcernssimultaneousgenerationandsharingoftherandom,priornonexistentsecret.Suchasecretremainsunknownuntilitisreconstructed.Next,weproposetheframeworkforautomaticsharingofaknownsecret.InthiscasetheDealerdoesnotknowthesecretandthesecretOwnerdoesnotknowtheshares.WepresentopportunitiesforjoiningASGSwithotherextendedcapabilities,withspecialemphasisonPVSSandpre-positionedsecretsharing.Finally,weillustrateframeworkwithpracticalimplementation.

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简介：Smartappliancesandrenewableenergyresourcesarebecominganintegralpartofsmarthomes.Nowadays,homeappliancesarecommunicatingwitheachotherwithhomegateways,usingexistingshort-rangehomeareanetworkcommunicationprotocolssuchasZigBee,Bluetooth,RFID,andWiFi.AGatewayallowshomeownersandutilitiestocommunicateremotelywiththeappliancesvialong-rangecommunicationnetworkssuchasGPRS,WiMax,LTE,andpowerlinercarrier.ThispaperutilizestheInternetofThings(IoT)conceptstomonitorandcontrolhomeappliances.Moreover,thispaperproposesaframeworkthatenablestheintegrationandthecoordinationofHuman-to-Appliance,Utility-toAppliance,andAppliance-to-Appliance.UtilizingtheconceptsofInternetofThingsleadstoonestandardcommunicationprotocols,TCP/IPV6,whichovercomesthemanydiversehomeareanetworksandneighborhoodareanetworksprotocols.ThisworkproposesacloudbasedframeworkthatenablestheIoTsintegrationandsupportsthecoordinationbetweendevices,aswellaswithdevice-humaninteraction.Aprototypeisdesigned,implemented,andtestedtovalidatetheproposedsolution.1IndexTermsInternetofthings(IoT),Internetofthings(IoT)cloudframework,smarthomes,smartappliances.

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简介：Toimprovedatacacheperformance,optimizingprogramdatalayoutbydatareorganizationhasbecomeanimportantmethodofdecreasingtheimpactofincreasinggapofspeedbetweenprocessorandmemory.Inthisarticle,astructuresplittingframeworkwithananalysismodelnamedstructurefieldrelationgraph(SFRG)ispresentedtooptimizeprogramdatalayout.TheSFRGcanbeusedtoquantifyrelationshipbetweenfields.Ithelpstofindanoptimallayoutforstructureaswellastheoptimalprogramdatalayout.AndthedatacacheperformanceisimprovedthroughSFRG-basedstructuresplitting.Experimentsshowthatthisframeworkiseffectiveinoptimizingprogramdatalayoutandimprovingtheperformanceofdatacacheandwholeprogram.